generating assembly language code for DSP microcomputers is described. Two new efficiency techniques are introduced, static buffering and an extension to SDF to efficiently implement conditionals.

Up to 19 ns instruction cycle time, 52 MIPS sustained performance Single-cycle instruction execution Single-cycle context switch 3-bus architecture allows dual operand fetches in every instruction cycle Multifunction instructions Power-down mode featuring low CMOS standby power dissipation with 400 CLKIN cycle recovery from power-down condition Low power dissipation in idle mode INTEGRATION FEATURES ADSP-2100 family code compatible (easy to use algebraic syntax), with instruction set extensions Up to 160K bytes of on-chip RAM, configured

are specially designed single-chip digital microcomputers that process electrical signals generated by electronic sensors (e.g., cameras, fingerprint sensors, microphones, etc.), will help to revolutionize this world of biometrics. The core of the biometric authentication process is made up of image processing

and receiver design of [4, 5] on a TMS320C6713 DSP board. We analyze the workload and identify the most time-consuming operations. Based on the workload analysis, we tune the algorithms and optimize the code to substantially reduce the synchronization time to 0.2 seconds and the processing time of one OFDM

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computational times required for I/O processes and calculation of control forces. Recently developed hardware based ondedicated digital signal processing (DSP) chips has o ered new possibilities for control algorithm implementation. This paper discusses digital control system concepts and speci c practical

should be placed as close as possible to the power supply pins DSP and FPGA, GND polygon layer is used in total top layer and microcomputer ground for DSP & FPGA in bottom layer, use FPGA for two aim ones for implementation of glue logic total of board and interface between serial connectors, use

This paper deals with the design and implementation of the 32-bit floating point Digital signal processor with MIPS (microcomputer with out interlocked pipeline stages).The designed DSP has 32 floating point MIPS instructions, instruction sets suitable for processing digital signals and consists

The ADSP-216x Family processors are single-chip microcomputers␣ optimized ␣ for ␣ digital ␣ signal ␣ processing ␣ (DSP) and other high speed numeric processing applications. The ADSP-216x processors are all built upon a common core with ADSP-2100. Each processor combines the core DSP architecture

acquisition, de-noising and data compression in real time. The system includes a micro-computer, transducers, pre-processing circuit, digital signal processor (DSP), Field Programmable Gate Array (FPGA), storage device, USB interface and other components. The device can sprawl through the pipeline